多时间常数测量:一种基于精度的方法

R. Giannetti
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引用次数: 0

摘要

相当多的材料、器件和系统特性的测量依赖于对其阶跃响应的分析。有时,物理现象没有公认的模型,因此不仅要确定时间常数的值,还要确定时间常数的数量。当我们必须在不同的模型之间做出选择时,也会发生类似的情况。这项工作提出了一种算法,以确定在给定测量系统精度的情况下,波形中可以安全测量的指数项的数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiple time constants measurement: an accuracy-based approach
A considerable number of measurements for material, device and system characterization rely on the analysis of its step response. Sometimes, there is no accepted model for the physical phenomenon, so that not only the values, but also the numbers of time constants are to be determined. A similar case can occur when we must try to choose between different models. This work presents an algorithm to determine the number of the exponential terms in the waveform that can be safely measured given the measurement system accuracy.
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